Real-time Condition Monitoring for Small Power Systems

References

[1] R. Oliquino, Jr., S. Islam, and H. Eren, “Effects of Types of Faults on Generator Vibration Signatures,” Research paper, School of Electrical and Computer Engineering, Curtin University of Technology Australia , pp 1-3

[2] J. Lin, “Applying Stator End-Winding Vibration Monitoring Technology,” J.H. Campbell Generation Plant Report, Technical paper, pp 1-2.

[3] S. Bremner, “Solar Electric Systems,” Lecture Note; ELEG620, University of Delaware, Spring 2009.

[4] Endecon Engineering “Solar Power System Design Considerations” Photovoltaic Design Guidelines, Ch 3, pp 52-93.

[5] H. Denio III “Aerial Solar Thermography and Condition Monitoring of Photovoltaic Systems”; Technical paper 04, 2011 pg 4

[6] Clean Energy Investment, “Technical Paper on Solar Panels” pp 1 -6.

[7] M. Arshad and S. M. Islam “Power Transformer Condition Monitoring and Assessment for Strategic Benefits” Curtin University of Technology Department of Electrical & Computer Engineering Perth, WA 6845, Technical paper, Australia, pp 1-2.

[8] Edison Technology, Accurate Solar - Developer and manufacturer of products for the renewable energy field, Technical paper, 2013.

[9] TeacherGeek; “Types of Wind Turbines” pp 1 – 5.

[10] Focus: Wind turbines, Service magazine of the PRÜFTECHNIK Group No. 12 pp 1-3.

[11] R. Wisznia, “Condition Monitoring of Offshore Wind Turbines”, MSc Thesis paper, KTH School of Industrial Engineering and Management Energy Technology EGI-2013-017 Division of Heat and Power Technology, pp 1-10.

[12] M. Kluge and M. Danitschek “Condition Monitoring Systems (CMS) in wind turbines” Slide Presentation, pp 2 – 27.

[13] Tribology & Lubrication Technology, “The Elephant” 2 June 2010, pp 1-3.

[14] J.Bérubé and J. Aubin, “Transformer Winding Hot Spot Temperature Determination” Neoptix Inc. & W. McDermid Manitoba Hydro, pp 1-4.

[15] Application Notes: Temperature Rise, Ultra-K- UK#14 Uktempa1, 6 April 1998, pp 2-4.

[16] P. Kundur; Power System Stability and Control; McGraw Hill Inc. pp 199-228.

[17] CMC Microsystems “Using sensor technology to more safely and cost- effectively monitor usage and condition of power lines and other utility infrastructure” Technical paper, September 2013.

[18] A.Bakkali1, Y. Lagmich and A. Lyhyaoui; “Novel Autonomous Temperature Sensor based on Sensitive Material and Dielectric Resonator” International Journal of Emerging Trends & Technology in Computer Science (IJETICS), Volume 2, Issue 1, January – February 2013, pp 1-3.

[19] J. Guenther, M. Rothe, and K. Lang “Condition Monitoring System Adapted for Photovoltaic Power Converter” IEEE transaction, pp 3-4.

[20] IEC 60058 and IEC 60216 Standards; Data Sheet of ATL Transformers.

[21] Progress Energy Carolinas; “Transmission Facilities Rating Methodology;” NERC Reliability Standard compliant; pg 4.

[22] W. Shi, F. Wang, Y.Zhuo and Y. Lin, “Research on Operation Condition Classification Method for Vibration Monitoring of Wind Turbine” IEEE transaction, pg1.

[23] G. Li-juan, Z. Chun-hui, H. Min, Z. Yong, “Vibration Analysis of the Steam Turbine Shafting caused by Steam Flow” TELKOMNIKA, Vol. 11, No. 8, August 2013, pg. 4426.

[24] ThermaWatch- Thermal Mapping (Stator Core & Windings), Datasheet; VibroSystM; pg1.

@article{1703590,
      author = {Rishabh yadav, Vishal V. Mehtre},
      title = {Real-time Condition Monitoring for Small Power Systems},
      journal = {Iconic Research And Engineering Journals},
      year = {2022},
      volume = {6},
      number = {1},
      pages = {60-68},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1703590.pdf},
      abstract = {Power system components such as Power Generators, transformers, and transmission line are critical, capital intensive assets. These components need to be extremely reliable. However, many generators and transformers have already exceeded their design life. Extending the useful life of the power system components is now possible due to advances in measurement, monitoring and communication technology, and high processing power available in today?s computers. Power transmission lines encounter environmental risks such as high wind or tornados and lightning strikes. It is therefore of paramount importance to continuously monitor the condition, or health, of the power system to deliver uninterrupted power to the consumers, at competitive cost.},
      keywords = {Real-Time, Condition Monitoring (CM).},
      month = {July},
  }